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  • About Our Services

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    Cross-domain integrated customized engineering solutions leverage four core technologies – laser optics, automation, materials science, and mechanical manufacturing – to deliver highly customized services addressing customers’ process pain points. With one-stop integration capability from preliminary demand assessment, solution design to on-site implementation and verification, we help customers optimize the production process, improve yield rate and energy efficiency, and create overall value that balances performance, safety and sustainability.

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    Case Study 1|Micro Metal Clamping Mechanism

    In the micro wire processing and assembly process, the small size and low rigidity of the wires make them prone to deviation or torsion during the automation cycle, leading to positioning difficulties. Unstable operation can also cause product damage.To address this issue, GENIIDEAS has developed a micro metal clamping mechanism featuring a new pneumatic clamping structure and guided motion trajectory design to maintain the wire’s stable central position during clamping and placement. This design effectively reduces the issue of insufficient clamping force caused by stroke deviation, enhancing operational consistency and process stability. It helps customers mitigate loss risks and improve overall production reliability.

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    Case Study 2|Pipeline Crystallization Vibration Device

    In semiconductor facility process exhaust pipelines, long-term compound deposition can easily lead to crystal formation, causing gradual blockage of the pipelines. This not only affects stable system operation but also increases the frequency of cleaning and maintenance. To address this issue, GENIIDEAS has introduced a pipeline crystallization vibration device that utilizes the mechanical vibration wave resonance principle to introduce stable vibrations into the pipelines, thereby slowing down the crystallization adhesion and accumulation rate.The device can be installed at common blockage locations, and the vibration cycle and intensity can be adjusted according to actual needs to effectively reduce the blockage risk caused by crystallization, while extending the pipeline cleaning and maintenance cycle to help customers improve the operational stability and service life of pipeline systems.